Stress relaxation and strain-rate change experiments in AgCl

The possible magnetic states of orthorhombic weak ferromagnets and rare-earth orthoferrites (REOF), the change of the magnetic state with the change of the temperature, and the mechanism of the formation of a new magnetic phase nucleus from a 180' domain wall for the first-order phase transition are considered. The AE-effect for both the first order phase transition and the transition by the reversible rotation of the antiferromagnetic vector and the magnetic susceptibility tensor, connected with the displacement of 90' domain walls, are calculated.

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On the theory of the domain structure and the elastic properties of the orthorhombic weak ferromagnets

Mitsek¹,

Kolmakova

Sirota

1973

Physica Status Solidi (b)

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Dislocation mobility in silver chloride

Lukáč

Haslingerová

1974

Czech J Phys

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Stress relaxation and strain-rate change experiments in AgCl

Cited by 2 publications

References 7 publications

On the theory of the domain structure and the elastic properties of the orthorhombic weak ferromagnets

On the theory of the domain structure and the elastic properties of the orthorhombic weak ferromagnets

Dislocation mobility in silver chloride

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